Selon le premier Threat Report publi� par Cloudflare, leader du cloud de connectivit�, les acteurs malveillants abandonnent progressivement une logique d�� effraction � pour privil�gier une strat�gie ...

DELUX Wireless Ergonomic Vertical Mouse with 4000 DPI, 6 Buttons, Removable Palm Rest, USB Receiver & BT1 + BT2 Connectivit(M618PD): Mice: Amazon.com.au

Big Bend is one of the most ecologically diverse desert regions in North America. Physical barriers will impact habitat connectivity and the 800,000 acres of Chihuahuan Desert, ecosystem, mountains and river habitats. It’s one of the most beloved, beautiful, pristine places we have. They have ALREADY STARTED their vague “plan” to build a physical 30-ft tall border wall through both the National Park and the nearby Big Bend Ranch State Park.DHS also “waived” 28 environmental protection and historic preservation laws in order to build the wall. Those laws include the Endangered Species Act, National Historic Preservation Act, Migratory Bird Treaty Act, Clean Air Act, and Native American Graves Protection and Repatriation Act.Please help to protect Big Bend. Call your congressmen and your senators and tell them how you feel. (202) 224-3121. Sign the petition, write your reps and follow @nobigbendwall for updated information. 🙏🧡

Cambridge report recommends integrated approach to transport and housing - using public development corporations and private funding - to deliver its ambitious housing targets and improved connectivit...

This repeal is being presented as something needed to prevent wildfires. However more fires occur on lands with roads. More roads would also negatively effect water quality, reduce habitat connectivit...

Call for papers: Forced migration and digital connectiv...

Tasciotti et al. show that excitatory synaptic contacts are distributed non-uniformly across the dendritic arbor of CA1 pyramidal neurons, forming localized spine clusters. This structured connectivit...

In a ground-breaking step for rail connectivity, The Clarus Networks Group is now offering Starlink for trains. Starlink provides high-speed, low-latency In a ground-breaking step for rail connectivit...

Cisco has fixed a maximum severity vulnerability that allows attackers to run commands with root privileges on vulnerable Ultra-Reliable Wireless Backhaul (URWB) access points that provide connectivit...

The revolution will not be digitized. • Versão em português • Version française • Versión en español At a time when hyper-connectivit...

Latvian Mobile Telephone Group and space consultancy Novaspace signed an agreement at the European Space Agency facility in Noordwijk to establish a 5G and 6G satellite communications hub strategy in Latvia. The project connects national connectivit…

Get ready to upgrade your setup with a stylish wireless mouse! 💻✨open to the world 🌎 🎁Prize: EWEADN Q9 Gaming Mouse ⌚End Date: May 31 Prize features: - Transparent Shell Design - Dual-Mode Connectivit...

Smart Wall Socket – Matter over Thread Edition (15 A, USB-C + USB-A)Make your home smarter — and future-proof — with this Matter over Thread wall socket. Compatible with major smart-home platforms (Amazon Alexa, Google Home, Apple Home, and any Matter-certified ecosystem), it delivers reliable, local control — no cloud dependence required.Key FeaturesThread mesh network + Matter protocol — Works over Thread’s low-power, self-healing mesh network, giving you fast, reliable, and secure connectivity throughout your home. Broad smart-home compatibility — As a Matter device, it interoperates across brands and platforms seamlessly, allowing you to control it via Alexa, Google Home, Apple Home or any Matter-compliant controller. Local control when the internet is out — Because communication happens over your home Thread network, the socket keeps functioning even if Wi-Fi or the internet fails (provided you have a compatible Thread Border Router in your home). Universal power & charging — Rated for 100-240 V AC and 15 A, with up to 2500 W load. Includes standard AC outlet(s) plus USB-A and USB-C ports — perfect for powering appliances and charging phones or tablets. (Based on original design specs.) Compact and safe build — Sleek in-wall or wall-mount socket in white flame-retardant casing; grounded for safety, and designed for general-purpose residential use. Why Matter over Thread MattersInteroperability across brands — With Matter, you’re not locked into a single brand’s ecosystem. Devices from different manufacturers speak the same “language,” making your smart home more flexible. Robust, self-healing mesh — Thread’s mesh architecture means each powered device can relay signals, extending range and resilience: if one device goes offline or is unplugged, the network automatically routes around it. Improved security & privacy — Matter is designed with local control and standardised security in mind — communications stay within your home network, and you’re not forced to depend on vendor cloud services. Typical Use CasesSmart lighting control (lamps, floor lights)Scheduling or automating appliances (fans, heaters, coffee machines)Charging mobile devices via USB ports while controlling AC outletsSmart-home automation scenes — e.g. “When I leave home, turn off all sockets”

Australian governments and private consortiums have been planning high-speed rail since the 1980s by studying different corridor options and railway technologies to connect major cities along the eastern seaboard. Despite the introduction of government policies to promote land use and transport integration, recent proposals for intercity high-speed rail have obtained weak connectivity between station infrastructure and regional settlement systems. In Australia, justification for weak connectivity is typically based on a combination of transport planning and urban design considerations that are said to hinder integration between regional stations and established urban areas. However, recent studies of high-speed rail development overseas suggest that the problem instead has its origins in national systems of multilevel governance. This research takes the Hume Region in northeast Victoria as an illuminative case study to understand the influence of high-speed rail planning on regional governance in Australia between 2008 and 2017. A spatial governance perspective is used to explore the in-between spaces of state planning that embed infrastructure projects into regions to promote their economic and political integration. The conceptual framework draws on Raco’s (2005) understanding of regional integration as a political process that reconfigures power relations and gives rise to hybrid institutional forms. A mix of research methods, including geographic analyses of three high-speed rail proposals and qualitative analyses of interviews with national and regional actors (n=64), government policies and media reports, showed that high-speed rail planning is connected to processes of regional integration by its potential to restructure settlement systems and embed new institutional and political structures into non-metropolitan regions. The research found that regional institutions in Hume coevolved with the institutional structures that governed high-speed rail planning in Australia. This convergence between national and regional-level structures can be explained by the top-down nature of infrastructure planning and regional policy. However, the analysis identified ground-up moments of institutional reform that indicate greater reflexivity between territorial levels than is typically acknowledged in the domestic planning literature. In the case of high-speed rail planning in Hume, institutional reforms were instigated by localised struggles against the partisan structures that govern public investment in critical infrastructure. It remains to be seen if newly empowered regional actors highlighted in the research can secure broad-based outcomes from high-speed rail development because they lack the planning authority and fiscal resources needed to implement integrated planning solutions. In Australia, the forms of regional integration engendered by high-speed rail planning have limited potential to promote sustainable development outcomes in non-metropolitan regions because the strategic goals of the state and powerful non-state actors are privileged over the planning goals and development needs of regional communities. Consequently, high-speed rail planning is transforming spatial governance by reproducing national corporatist structures in non-metropolitan regions. These structures, however, do not engender a regionally integrated approach to spatial planning.